Henan's glass scale is moderate but its molybdenum processing base is deep, and electrode consumption spans glass and high-temperature processing. The article breaks down the category mix, compares furnace types in Luoyang and Ruyang with Anyang and Shangqiu, explains why finished electrodes still have to be sourced outside the province, and provides selection guidance, a reference cost structure, logistics lead times and annual framework stocking advice.
Regional Guides
Regional guides covering glass furnace structures, electric melting penetration and molybdenum electrode demand by production region, including supply radius, stock and technical support arrangements.
WeiBeam · Electrode solutions for high-temperature melting
8 articles in this category · Page 1 of 1
Article list
Anhui's operating photovoltaic glass capacity is about 16,300 t/d, with a high electric boosting ratio and high electrode consumption intensity. The article explains the quartz sand advantage in Fengyang, the technology output from Bengbu, cold repair cycles and the contract points that matter under annual framework price negotiation, and gives buyers practical responses.
Shandong has a full range of glass segments, and daily-use and pharmaceutical glass commonly use all-electric melting, so electrode consumption intensity is high. Starting from the bottle and container furnaces of Yuncheng, pharmaceutical glass in Yiyuan, fiberglass forehearths and time-of-use tariffs, this article explains multi-size supply and how thermal cycling affects selection, with cost and stocking advice.
Jiangxi's electrode consumption is split between fiberglass and rare earths, giving it a distinctive structure. The article explains the electric boosting configuration of Jiujiang electronic yarn tank furnaces, the consumption characteristics of molybdenum crucibles in the Ganzhou fluoride salt system, and the glass-side variables and purchasing rhythm created by the Pingxiang relocation and new photovoltaic lines.
Sichuan hosts glass fiber tank furnaces, electronic glass and solar furnaces side by side, so electrode consumption is structurally diverse. This article maps the product mix and the cluster roles of Chengdu, Zigong and Guang'an, analyzes how power swings under seasonal wet-dry pricing affect electrode life, and sets out selection specifications, a reference cost structure, logistics times and stocking rhythm.
Guangdong's industrial electricity price is about 0.60 yuan/kWh and its glass product mix skews premium, with electrode consumption concentrated in multi-variety small furnaces. The article explains how high electricity prices narrow the all-electric melting route, how power fluctuations with tariff periods affect service life, and the selection and pre-positioned inventory requirements created by panel color difference and container glass changeovers.
Float glass and photovoltaic glass each account for roughly half of Jiangsu's capacity, and electrode consumption intensity is high. This article examines the large-furnace configurations in Suqian, Nantong and Zhangjiagang, the pulsed demand created by alternating cold repairs and start-ups, the consumption gap between southern and northern Jiangsu, and offers cost structure, logistics lead times and line-by-line stocking guidance for procurement reference.
Hebei runs about 33,000 t/d of float capacity, with more than thirty lines concentrated in Shahe, where electrode consumption intensity is high. This article covers furnace-age structure and cold-repair cycles, the change in diameter loss after switching from coal gas to natural gas, and selection, logistics timing and inventory practice as specifications grow larger.